Metric M35 x 2.0 Round Threading Die, Right Hand M35 x 2.0mm Thread Pitch Circular Threading Tool, Alloy Tool Steel Die for External Threading and Machinery Repair, 1 Piece

This M35 x 2.0mm Metric Right Hand Die is a professional-grade solution for technicians and machinists requiring precision in large-diameter threading. Manufactured from high-quality alloy tool steel, this round die is designed to withstand the rigors of industrial maintenance and thread restoration. With a 35mm diameter and 2.0mm pitch, it is ideal for "chasing" damaged threads on large axles or cutting new threads on raw bar stock. The circular geometry provides the stability needed for balanced cutting, while the heat-treated edges maintain sharpness over multiple uses. For optimal tool life, it is recommended to use a dedicated cutting fluid and follow a "break-chip" rotation (half-turn back for every full turn forward.

• Standard Right Hand Threading: Precision-engineered for creating or repairing standard Right Hand (clockwise) external threads. Features a 2.0mm Thread Per Inch pitch equivalent (Metric), ensuring compatibility with industrial M35 fasteners.
• Heavy-Duty Alloy Steel Construction: Forged from hardened alloy tool steel to provide high hardness and excellent wear resistance. This material ensures clean, sharp thread cutting even under high-torque manual or machine operations.
• Optimal Chip Removal Design: Built with four large clearance holes (flutes) to allow for efficient chip evacuation. This prevents clogging, reduces heat buildup, and ensures a smooth, professional finish on your workpiece.
• Industrial Application: Designed for large-scale threading tasks including automotive repair, heavy machinery maintenance, and pipe threading. Works effectively on carbon steel, cast iron, aluminum, and other non-ferrous metals.
• Secure Fitment & Alignment: The circular die includes a conical locking hole for secure mounting in standard die stocks or wrenches. The tapered lead-in ensures easy alignment and a straight start every time.